The Significance Of Transport Costs In Africa

Transport prices for most African landlocked countries range from 15 to 20 percent of import costs. This is approximately two to three times more than in most developed countries. It is well known that weak infrastructure can account for low trade performance. Thus, it becomes necessary to understand what types of regional transport services operate in landlocked African nations and it is critical to identify the regulation disparities and provision anomalies that hurt infrastructure efficiency, even when the physical infrastructure, such as a road transport corridor, exists. Transport Prices and Costs in Africa analyzes the various reasons for poor transport performance seen widely throughout Africa and provides a compelling case for a number of national and regional reforms that are vital to the effort to address the underlying causes of high transport prices and costs and service unpredictability seen in Africa. The book will greatly help supervisory authorities throughout the region develop and implement a comprehensive transport policy that will facilitate long-term growth.

"The median landlocked country has only 30 percent of the trade volume of the median coastal economy. Halving transport costs increases that trade volume by a factor of five. Improving the standard of infrastructure from that of the bottom quarter of countries to that of the median country increases trade by 50 percent. Improving infrastructure in Sub-Saharan Africa is especially important for increasing African trade"--Cover.

The government of Malawi is pursuing an export led agricultural growth strategy, and therefore improving transport quality between major urban areas, as well as between rural areas and ports of trade or market centers, is a key pri-ority (DTIS, 2014). For this reason, being able to assess travel distances, times, and costs for major commerce routes is an important first step. Despite this, there exists a lack of basic data relating to the geographic and economic as-pects of road travel in many of these countries. The purpose of this technical brief is to describe the procedure taken for the estimation of transportation costs for use in the development of a spatially disaggregated, market level model of the Malawian agricultural sector, which is being done as part of BioSight’s ongoing work on the sustainable intensi-fication of agriculture in Africa, south of the Sahara. Modelling exercises such as these require estimation of the mar-keting margins of agricultural inputs and outputs traded across regions. The transport cost makes up a significant component of the marketing margin. High quality data on transport costs is therefore crucial for the parameterization and application of market models such as these. This technical brief describes a procedure for estimating transport distances, times, and costs between three major urban areas in south, central, and north Malawi. The difficulties around obtaining reliable spatial data and how to use these to develop and assess specific transport routes are dis-cussed.

"What effect does distance have on costs for economies at different locations? Exports and imports of final and intermediate goods bear transport costs that increase with distance. Production and trade depend on factor endowments and factor intensities as well as on distance and the transport intensities of different goods"--Cover.

A large proportion of the least developed countries are landlocked and their access to world markets depends on the availability of a trade corridor and transit systems. Based on empirical evidence from World Bank projects and assessments in Africa, Central Asia, and elsewhere, this paper proposes a microeconomic quantitative description of logistics costs. The paper theoretically and empirically highlights that landlocked economies are primarily affected not only by a high cost of freight services but also by the high degree of unpredictability in transportation time. The main sources of costs are not only physical constraints but widespread rent activities and severe flaws in the implementation of the transit systems, which prevent the emergence of reliable logistics services. The business and donor community should push toward implementation of comprehensive facilitation strategies, primarily at the national level, and the design of robust and resilient transport and transit regimes. A better understanding of the political economy of transit and a review of the implementation successes and failures in this area are needed.

This book will be of interest to governments in the region and to multilateral and bilateral aid and lending agencies, as well as to graduate students, faculty, and researchers in African studies and transport studies. --Book Jacket.

Transport costs are widely considered an important barrier to local economic activity but their impact in developing countries is not well-studied. This paper investigates the role of inter-city transport costs in determining the income of Sub-Saharan African cities, using two new data sources. Specifically, it asks how important access to a large port city is for the income of hinterland cities in 15 countries. Satellite data on lights at night proxy for city economic activity, and shortest routes between cities are calculated using new road network data. Cost per unit of distance is identified by world oil prices. The results show that an oil price increase of the magnitude experienced between 2002 and 2008 induces the income of cities near a major port to increase by 6 percent relative to otherwise identical cities 500 kilometers farther away. Cities connected to the port by paved roads are chiefly affected by transport costs to the port, while cities connected to the port by unpaved roads are more affected by connections to secondary centers. These are important findings for economic development in Sub-Saharan Africa since the majority of its population growth over the next few decades is expected to be in urban areas.

Roads are the arteries through which the economy pulses. They connect sellers to markets, workers to jobs, students to education, and the sick to hospitals. Yet much of the developing world, Africa in particular, lacks adequate transportation infrastructure. Accordingly investments in transportation remain a cornerstone of the development agenda. Sub-Saharan Africa spends roughly $6.8 billion per year on paving roads, and the World Bank invests more on roads than on education, health, and social services combined. Despite the development focus on transportation, methodologies for evaluating which road projects to fund are often dis-jointed and unreliable. This report hopes to improve upon the current approaches by establishing a new methodology for prioritization which can be applied to a diverse set of scenarios, regions, and projects. This book demonstrates how modern econometrics and geospatial techniques can be combined to analyze the latest available geo-referenced datasets at the smallest possible scale to answer some of the most important questions in development. Uniquely this report attempts to shed light on some of the most profound puzzles in determining the impacts of roads and where to locate these. Does road infrastructure unleash a virtuous growth cycle? Is it advisable to improve roads in conflict prone zones? What is the effect of improving market access on farming practices? And what are the impacts of roads on forests and biodiversity? It is envisioned that the approach used in this book can be a reference guide to researchers from across the spectrum of international development, who are seeking new tools and insights into the many issues (technical and non-technical) of this important field.